JP2011085003A - Coast wide area tide-preventive breakwater revetment zone system with built-in wind motion wind tunnel power generation system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To construct a tide-preventive breakwater with a built-in power generating function in an area in need of the tide-preventive breakwater for disaster prevention. <P>SOLUTION: Rolling-in waves are introduced into wave collecting wrapper tubes 12 arranged in spiral parallel between a highest tide level and a lowest tide level, and a power generating air turbine 2 is rotated with compressed air generated in the tubes. Wind tunnel wrapper tubes 13 are arranged in parallel at the upper end of a wide and long bank, and compressed air generated in the tube is also supplied into the power generating air turbine 2. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

Detailed Description of the Invention

Indispensable problems due to the phenomenon Because there is no tide breakwater, there are many areas that suffer damage from earthquakes, tsunamis, and other typhoons. On the other hand, energy issues have been concentrated on research and development in various countries, but far from being satisfactory, solar and wind power that use nature is also a problem for humanity due to expenses, efficiency of impact on nature, etc. There is a need to take effective and valuable measures to solve this problem, which is the greatest challenge for protecting the earth.

Examples based on conventional methods and results As a result, in the past, it was necessary to construct a dyke for the tide-breaking wave, and it was necessary to build an area that could not be stopped. Although there are many areas on the earth that are indispensable, there are many areas that are worried about disasters because they cannot be constructed due to capital and technical reasons. On the other hand, as far as power generation is concerned, there is no natural destruction as much as possible. Rather, efforts are made to make use of nature. However, while energy problems are expanding, there are a lot of difficult problems.

The system of the present invention and the solution of the drawbacks of the conventional method The invention is based on the fact that the coastal zone is protected by the public and private areas in cooperation with the public-private area in the national urban area that has the coast as well as Japan in the island country. As a revetment for earthquake and tsunami typhoon disaster air defense that has a power generation function at the same time as the wave and can be used as a runway airport facility, air defense rescue station, medical base, recycling base, peacekeeping base Enable a land, sea, air and space-based revetment system. A fishing reef zone that passes only the first and second waves will be established offshore to serve as a fishing ground for local residents.

Conventional technology Previously, it was limited to seawalls. From an academic point of view, too, there were overs and shorts such as funds and necessity. Because of the single purpose and technique of coastal disaster prevention, airport, and power generation, each has various problems and is far from the original ideal.

Challenges to be Solved by the Invention Humanity, the United States, the state, the local government, the global society, the regional disparity, the disparity of wealth, the disparity of natural resources, the disparity of the economy, etc. Information network society that is accelerating, air pollution, illness, food difficulties, ideological differences, marine pollution, desertification, and the global environment surrounding various human beings are getting worse today. There is a need for a major means of protecting the human earth by solving the disparity and energy problems by means of use. Effective transplantation of state-of-the-art technology and qualities to the idle zone is the real aid relief and the greatest challenge now.

Figure of main body Coastal wide sea tide breakwater revetment with built-in wave tunnel power generation system Longitudinal section showing an example of coastal wide area revetment system Collection wave trumpet view Longitudinal sectional view showing an example of a collecting trumpet pipe built in the seawater breakwater Front view of collecting trumpet outlet spiral parallel Wind tunnel trumpet view Longitudinal sectional view showing an example of wind tunnel trumpet pipe built into the seawall Front view of wind tunnel trumpet parallel Coastal state after completion, removed gravel, coastal cross section

To solve the problem On the land side of the coastline that requires a breakwater, a system that rotates the power generation air turbine with compressed air through a trumpet that accumulates the waves that strike is installed in a spiral parallel between the highest and lowest tide levels After the completion, the coastal sandy beach and gravel are removed offshore on both sides, and the first and second two rows of fishing reef zones that serve only to protect offshore waves are established offshore. A vast fishing ground for the people. A trumpet pipe that allows the wind from the sea to pass through is installed in parallel on the upper part of the seawall. The top of the tide breakwater, which incorporates a system that generates electricity using waves and winds, can be used as a base for civilian, public, and special rescue rescue with an airport, runway, and incidental facilities. We will solve the problem by building equipment that can simultaneously achieve revetment, regeneration, relief, and power generation. Transplanting resources and technology is also true aid relief.

Industrial use fields Not only power generation and disaster prevention, it can be fully utilized as commercial bases on land and sea including airports and social multipurpose bases. In addition, it prevents over-concentration and can contribute well to global environmental assessment.

1, body 2, air turbine for power generation 3, first reef zone 4, second reef zone 5, sea level 6, collecting trumpet pipe port 7, wind tunnel trumpet port 8, wave breakwater dike 9, high tide level line 10, minimum tide level level line 11, effective water level width 12, collecting trumpet tube 13, wind tunnel trumpet tube 14, collecting trumpet tube tip nozzle 15, first protection net 16 in collecting trumpet tube, wind tunnel trumpet tip nozzle 17, wind tunnel The first protection net 18 in the trumpet pipe, the second protection net 19 in the collecting trumpet pipe, the second protection net 20 in the wind tunnel trumpet pipe, the power generation system zone 21, and the selection diagram.
A, Runway B, Runway C, Runway D, Auxiliary facility E, Auxiliary facility 22, Removed gravel

Claims (1)

A device for generating power with compressed air by passing rushing waves and wind through a collecting trumpet pipe.

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